CN102740482A - Method and apparatus for distinguishing non-adjacent multi-carrier aggregation technical difference of user equipment by network - Google Patents
Method and apparatus for distinguishing non-adjacent multi-carrier aggregation technical difference of user equipment by network Download PDFInfo
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Abstract
The invention discloses a method and an apparatus for distinguishing non-adjacent multi-carrier aggregation technical differences of user equipment (UE) by a network. The method and the apparatus are used to solve a problem of learning the non-adjacent multi-carrier aggregation technical differences by a network side. According to the method, through newly increasing cells which express the non-adjacent multi-carrier aggregation technical differences of the UE, the network side can learn the non-adjacent multi-carrier aggregation technical differences of the UE by means of a message reported by the UE. And then the network side can determine a configuration of the non-adjacent multi-carrier of the UE according to a current distribution and occupation condition of frequency resources, cells reported by the UE to express the non-adjacent multi-carrier aggregation technical differences of the UE, and a specific ability range of the non-adjacent multi-carrier aggregation reported by the UE.
Description
Technical field
The present invention relates to mobile communication technology; Relate in particular in non-adjacent multicarrier (or sub-district) paradigmatic system in a kind of one-segment or the two-band (Intra-B and/Inter-B and Non-Adj acent Multi-Carrier (or Cell) Aggregation System); (User Equipment UE) expresses method and the device of its non-adjacent carrier polymerizing power essential difference of supporting (Non-Adj acent Multi-Carrier Aggregation Technical Difference) at the terminal.
Background technology
At WCDMA (Wideband Code Division Multiple Access; WCDMA) in the network; Universal land radio access web (Universal Terrestrial Radio Access Network; UTRAN) comprise radio network controller (Radio Network Controller, RNC) and base station (NodeB) two kinds of basic network elements, as shown in Figure 1.The bandwidth of each job note carrier wave all is 5M in the WCDMA system.In certain frequency range, different operators has different frequency point ranges, for example: operator A carrier wave 1 (5M), operator A carrier wave 2 (5M), operator B carrier wave 1 (5M), operator B carrier wave 2 (5M), operator C carrier wave 1 (5M).
Along with the WCDMA networks development; High-speed downlink packet inserts (High Speed Downlink Packet Access; HSDPA), High Speed Uplink Packet insert (High Speed Uplink Packet Access, HSUPA), two carrier wave high speed downlink packet insert (Dual Carrier-High speed downlink packet access, DC-HSDPA); Two carrier wave high speed uplink packet insert (Dual carrier-High speed uplink packet access; DC-HSUPA) and 4 carrier wave high speed downlink packet insert that (Four Carrier-High speed downlink packet access, 4C-HSDPA) technology is introduced into successively.It is adjacent that two ZAP of DC no matter, or 4C multi-transceiver technology at present all require all allocation carriers in same frequency range, can not condense together with non-adjacent carrier wave in the frequency range and carry out multi-carrier operation.Above-mentioned restriction has brought ineffective activity for the multi-carrier polymerizing configuration of some operators; Such as the operator that has with the frequency resource of having only two non-adjacent carriers in the frequency range; Though the frequency resource of continuous adjacent carrier wave is perhaps arranged; But used the frequency resource of mid portion for some reason, having caused remaining frequency resource is non-adjacent carrier.In these cases, even there is the resource of a plurality of carrier waves in operator, but but can't use two carrier aggregation technology of DC and 4C multi-carrier polymerizing technology.Therefore, the tight demand of part operator is hoped to have to be supported in the two carrier waves of the non-adjacent carrier deploy of one-segment, 3 carrier waves, 4 carrier aggregation operated system and terminals.Can be supported in the UE that disposes two carrier waves, 3 carrier waves, 4 carrier waves in the one-segment on the non-adjacent carrier; Its ability be than original in one-segment on the adjacent carrier ability of the two carrier waves of configuration, 3 carrier waves, 4 carrier waves more senior because system and terminal all need the support of additional hardware software.A prerequisite as the non-adjacent carrier polymerizable functional of realization one-segment: terminal UE must support the concrete ability of the non-adjacent carrier polymerization of one-segment to tell to network it; Make network can correctly identify the non-adjacent carrier polymerizing power of one-segment of UE; Resources allocation on different carrier reasonably; So the non-adjacent carrier aggregation configuration of the one-segment that RNC provides always within the limit of power of UE, thereby avoid non-adjacent carrier aggregation configuration failure.
For DB-DC-HSDPA terminal that possesses the two-band ability to work or 4C-HSDPA terminal; Because the carrier wave of two-band the inside must be non-conterminous; And two frequency range intercarriers frequency distance at interval is also very big; So common inside, terminal is equipped with two independently radio-frequency modules (RF Module), be responsible for the transfer of data of two frequency ranges respectively.Be supported in the carrier aggregation in the two-band combination (A+B) such as certain 4C-HSDPA terminal, the radio-frequency module 1 at terminal just is frequency range A service so, and radio-frequency module 2 just is frequency range B service.Annotate: the polymerization carrier wave in frequency range A and the B still must be adjacent according to top restriction at this moment.Explanation for ease below with there being/containing the hole, non-conterminous configuration occurred in the expression frequency range; There is not/do not contain the hole to represent to remain in the frequency range the adjacent configuration of tradition.There are all size and various combination forms in the hole here, belongs to other the concrete ability scope of non-adjacent polymeric of UE.
For can only because it has been equipped with a radio-frequency module,, needing to strengthen the ability of UE single radio frequency module at the UE of one-segment work in order to realize non-adjacent carrier polymerization in its one-segment.And for the UE that can in two-band, work, because it has been equipped with 2 radio-frequency modules, so in order to realize non-adjacent carrier polymerization in the one-segment, following 3 kinds of modes can be arranged:
Mode 1:, do ability according to the requirement of the non-adjacent carrier polymerization of one-segment and strengthen only one in two radio-frequency modules.Before strengthening: the terminal that possesses two-band 4C-HSDPA ability can be made up in two-band and supported [(allocation carriers 1, allocation carriers 2)+(allocation carriers 3, allocation carriers 4)] such 2+2 pattern configurations in [A ()+B ()]; Strengthened after the radio-frequency module 1, it can also support the configuration of [(allocation carriers 1, hole (5M), allocation carriers 2)+(allocation carriers 3, allocation carriers 4)].Annotate:,, the hole can not be arranged so allocation carriers must be still adjacent in the frequency range B because radio-frequency module 2 does not strengthen.
Mode 2: all do ability to radio-frequency module 1 with radio-frequency module 2 and strengthen according to the requirement of the non-adjacent carrier polymerization of one-segment.So on 1 basis, UE can also support the configuration of [(allocation carriers 1, hole (5M), allocation carriers 2)+(allocation carriers 3, hole (5M), allocation carriers 4)].
Mode 3: any one is not done ability according to the requirement of the non-adjacent carrier polymerization of one-segment and strengthens to radio-frequency module 1 and radio-frequency module 2; Radio-frequency module 1; 2 serve identical one-segment simultaneously; Promptly want to support the non-adjacent carrier polymerization of one-segment as UE, must sacrifice the configuration of two-band, be " moved " also and remove to serve frequency range A simultaneously with radio-frequency module 1 because serve the radio-frequency module 2 of frequency range B originally.
Shown in accompanying drawing 2, summary: the characteristics of top mode 1 may be summarized to be: allow to have only a frequency range to contain the working method in hole in two-band work and the two-band.The characteristics of mode 2 may be summarized to be: allow in two-band work and the two-band two frequency ranges can contain the working method in hole.The characteristics of mode 3 may be summarized to be: or be the working method that does not contain the hole all on two frequency ranges in the two-band, or in the one-segment for containing the working method in hole.
These 3 kinds of methods have embodied a kind of essential difference of UE non-adjacent carrier polymerization in two-band, and are all different to the corresponding hardware and software realization cost of radio- frequency module.Mode 1 and 2 is very similar, but mode 3 compares with mode 1,2, and significant difference is arranged, and UE must make network learn the essential difference of this non-adjacent carrier polymerizing power.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of network to distinguish the method and the device of the non-adjacent carrier polymerizing power of UE essential difference, is used for solving existing protocol, and network side is known the problem of the non-adjacent carrier polymerizing power essential difference at terminal.
For achieving the above object, technical scheme of the present invention is achieved in that
The method of the non-adjacent carrier polymerizing power of a kind of network distinguishing terminal (UE) essential difference, this method comprises:
Newly-increased cell of expressing the non-adjacent carrier polymerizing power of UE essential difference carries the message of the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference and gives network through transmission, make network can distinguish the non-adjacent carrier polymerizing power of UE essential difference.
Further, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference comprises:
First indication information element is used to indicate UE whether to realize the non-adjacent polymeric of one-segment through sacrificing two-band work, also is used to indicate whether to allow the non-adjacent polymeric of one-segment+two-band mode of operation simultaneously;
Second indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency A;
The 3rd indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Further, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is arranged in UE wireless access capability cell or UE wireless access capability expansion cell.
Further, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is carried in the upstream message that mails to radio network controller (RNC), and said upstream message is set up for the Radio Resource control connection and accomplished message or UE capability information message.
Further, the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that network side reports according to distribution and operating position, the UE of current frequency resource and the concrete ability scope of the non-adjacent carrier polymerization that UE reports are confirmed the non-adjacent carrier configuration of UE.
Based on the embodiment of the invention, the present invention also proposes the device of the non-adjacent carrier polymerizing power of a kind of UE of differentiation essential difference, and this device comprises:
Reporting module is used for sending the message of carrying the cell of expressing the non-adjacent carrier polymerizing power of UE essential difference to the acquisition module of network side;
Acquisition module is used to receive the message of the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that said reporting module sends, to distinguish the non-adjacent carrier polymerizing power of UE essential difference.
Further, said device also comprises:
Determination module is used for the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that distribution and operating position, UE according to current frequency resource report and the concrete ability scope of the non-adjacent carrier polymerization that UE reports, and confirms the non-adjacent carrier configuration of UE.
The present invention is through newly-increased cell of expressing the non-adjacent carrier polymerizing power of UE essential difference; Make network side know the non-adjacent carrier polymerizing power of UE essential difference through the message that UE reports; And then make the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that network side can report according to distribution and operating position, the UE of current frequency resource and the concrete ability scope of the non-adjacent carrier polymerization that UE reports, confirm the non-adjacent carrier configuration of UE.
Description of drawings
Fig. 1 is the structural representation of UTRA system architecture in the prior art;
Fig. 2 is for realizing the sketch map of 3 kinds of modes of non-adjacent carrier polymerization in the two-band;
The network that Fig. 3 provides for the embodiment of the invention is distinguished the method flow diagram of the non-adjacent carrier polymerizing power of UE essential difference;
Fig. 4 provides the high-level schematic functional block diagram of the device of distinguishing the non-adjacent carrier polymerizing power of UE essential difference for the embodiment of the invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, below lift embodiment and with reference to accompanying drawing, to further explain of the present invention.
In view of this, main purpose of the present invention be to provide a kind of UE express its non-adjacent carrier polymerizing power essential difference of supporting and RNC according to this ability make the system of correct non-adjacent carrier aggregation configuration to UE.
Fig. 3 is the method flow diagram that network provided by the invention is distinguished the non-adjacent carrier polymerizing power of UE essential difference, and this method comprises but is not limited to:
Step 301, in the cell of concentrated reflection UE wireless access capability newly-increased cell of expressing the non-adjacent carrier polymerizing power of UE essential difference;
For example in UE wireless access capability (UE Radio Access Capability) cell or UE wireless access capability expansion (UE radio access capability extension) cell; Under each one-segment of supporting; Increase by first an optional indication information element (single non-adjacent and dual band operation simultaneously); This first indication information element can be Boolean type; Concrete method for using is: when this first indication information element did not exist, expression UE realized the non-adjacent polymeric of one-segment through sacrificing two-band work; When this first indication information element existed, expression UE realized the non-adjacent polymeric of one-segment through sacrificing two-band work; This first indication information element also be used for indication simultaneously non-adjacent+whether two-band work allows, when there is and value when being true TRUE the non-adjacent polymeric of expression permission one-segment+two-band mode of operation in this first indication information element; When this first indication information element exists and value when being false FALSE, expression does not allow the non-adjacent polymeric of one-segment+two-band mode of operation.
Under the two-band combination that each UE supported; Increase by second indication information element (hole in Band A allowed) of enumeration type and the 3rd indication information element (hole in Band B allowed) of enumeration type; The method for using of said second indication information element is specially: this cell exists expression to allow the non-adjacent carrier polymerization of two-band work Mid Frequency A, and this cell does not exist expression not allow the non-adjacent carrier polymerization of two-band work Mid Frequency A.The method for using of said the 3rd indication information element is specially: this cell exists expression to allow the non-adjacent carrier polymerization of two-band work Mid Frequency B, and this cell does not exist expression not allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Annotate: top cell be designed with various ways, except boolean or enumeration type variable, also can adopt other flexible forms.As aforementioned,, only transmitted the information that has or not the hole in addition because the present invention does not consider the size and the various combination forms in hole.If desired, can increase more similarly cell, with the concrete form in reflection hole at identical cell logical place.
Through above-mentioned 3 newly-increased cells, UE can express its non-adjacent carrier polymerizing power essential difference of supporting, thereby radio network controller (RNC) can be made more reasonable configuration based on this.
Step 302:UE expresses the corresponding scope of this ability according to its non-adjacent carrier polymerizing power essential difference of supporting with above-mentioned 3 cell values, be carried at these 3 cells in the upstream message that mails to RNC together with other related cells then; This upstream message can be that the Radio Resource control connection is set up completion (RRC Connection Setup Complete) message, or UE ability information (UE Capability Information) message.
Step 303: said RNC resolves the message that contains its non-adjacent carrier polymerizing power essential difference of supporting from UE, obtains the ability essential difference that said UE supports non-adjacent carrier polymerization.UE also learns other the concrete ability scope of non-adjacent carrier polymerization of UE simultaneously in addition.
RNC is according to other the concrete ability scope of non-adjacent carrier polymerization of the ability essential difference of the non-adjacent carrier polymerization of support of the distribution of current frequency resource and operating position, UE and UE, is that UE determines correct non-adjacent carrier configuration according to the rule of certain realization aspect;
Step 304-1 and step 304-2:RNC send to NodeB and UE through the non-adjacent carrier configuration that suitable message will be confirmed respectively.
Embodiment 1:
Certain 4C four carrier wave UE can make up the disposed adjacent of [(allocation carriers 1, allocation carriers 2)+(allocation carriers 3, allocation carriers 4)] in [A ()+B ()] and [allocation carriers 1 in the one-segment [A] by band support; Allocation carriers 2, hole (5M), allocation carriers 3; Allocation carriers 4] non-conterminous configuration, but can not band support [(allocation carriers 1, hole (5M) in the combination [A ()+B ()]; Allocation carriers 2)+(allocation carriers 3, allocation carriers 4)] perhaps [(allocation carriers 1, allocation carriers 2)+(allocation carriers 3; Hole (5M), allocation carriers 4)] non-disposed adjacent.So three newly-increased cells configurations as follows: carry first indication information element, and first indication information element is set to FALSE, representes not allow the non-adjacent polymeric of one-segment+two-band work; Do not carry second indication information element and the 3rd indication information element, expression does not allow the non-adjacent carrier polymerization of two-band work Mid Frequency A and does not allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Step 302A:, the non-adjacent carrier polymerizing power of UE essential difference information is sent to RNC through RRC Connection Setup Complete message based on the configuration of three newly-increased cells among this embodiment.
Step 303A:RNC resolves the RRC Connection Setup Complete message that contains its non-adjacent carrier polymerizing power essential difference information from UE, obtains the essential difference that said UE supports non-adjacent carrier polymerization.Be specially first indication information element and be set to FALSE; Do not receive second indication information element and the 3rd indication information element.UE also learns other the concrete ability scope of non-adjacent polymeric of UE simultaneously in addition.
The current frequency resource of step 304A:RNC distributes and operating position is that the A frequency range has: [F1 (frequency of oneself and load are light); F2 (being other operator's frequencies), F3 (frequency of oneself and load are light), F4 (frequency of oneself and load are heavy))]; The B frequency range has: [F5 (frequency of oneself and load are heavy); F6 (being other operator's frequencies), F7 (being other operator's frequencies), F8 (frequency of oneself and load are light))].So RNC decision UE carries out the one-segment converging operation at oneself F1 and two non-conterminous frequencies of F3, sends to NodeB and UE to relevant configuration through suitable message then.
Embodiment 2:
Certain 4C four carrier wave UE can make up the disposed adjacent of [(allocation carriers 1, allocation carriers 2)+(allocation carriers 3, allocation carriers 4)] in [A ()+B ()] and [allocation carriers 1, the allocation carriers 2 in the one-segment [A] by band support; Hole (5M), allocation carriers 3, allocation carriers 4] non-conterminous configuration, also can band support combination [A ()+B ()] in [(allocation carriers 1; Hole (5M), hole (5M), allocation carriers 2)+(allocation carriers 3; Allocation carriers 4)] non-conterminous configuration, but do not support [(allocation carriers 1, hole (5M); Allocation carriers 2)+(allocation carriers 3, hole (5M), allocation carriers 4) non-disposed adjacent].So three newly-increased cells configurations as follows: carry first indication information element, and first indication information element is set is TRUE, the non-adjacent polymeric of expression permission one-segment+two-band work; Carry second indication information element, expression allows the non-adjacent carrier polymerization of two-band work Mid Frequency A; Do not carry the 3rd indication information element, expression does not allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Step 302B:, the non-adjacent carrier polymerizing power of UE essential difference information is sent to RNC through RRC Connection Setup Complete message based on the configuration of three newly-increased cells among this embodiment.
Step 303B:RNC resolves the RRC Connection Setup Complete message that contains its non-adjacent carrier polymerizing power essential difference from UE, obtains the essential difference that said UE supports non-adjacent carrier polymerization.Be specially: first indication information element is TRUE; Second indication information element is TRUE, does not receive the 3rd indication information element.UE also learns other the concrete ability scope of non-adjacent polymeric of UE simultaneously in addition.
The current frequency resource of step 303B:RNC distributes and operating position is that the A frequency range has: [F1 (frequency of oneself and load are light); F2 (being other operator's frequencies), F3 (frequency of oneself and load are heavy), F4 (frequency of oneself and load are light))]; The B frequency range has: [F5 (frequency of oneself and load are heavy); F6 (being other operator's frequencies), F7 (frequency of oneself and load are light), F8 (frequency of oneself and load are light))].So RNC decision UE carries out the two-band converging operation at oneself F1, F4, F7 and four non-conterminous frequencies of F8, wherein in the A frequency range hole is arranged, and does not have the hole in the B frequency range, sends to NodeB and UE to relevant configuration through suitable message then.
Embodiment 3:
Certain 4C four carrier wave UE can make up the disposed adjacent of [(allocation carriers 1, allocation carriers 2)+(allocation carriers 3, allocation carriers 4)] in [A ()+B ()] and [allocation carriers 1, the allocation carriers 2 in the one-segment [A] by band support; Hole (5M), allocation carriers 3, allocation carriers 4] non-conterminous configuration, also can band support combination [A ()+B ()] in [(allocation carriers 1; Hole (5M), hole (5M), allocation carriers 2)+(allocation carriers 3; Allocation carriers 4)] non-conterminous configuration also can be supported [(allocation carriers 1, hole (5M); Allocation carriers 2)+(allocation carriers 3, hole (5M), allocation carriers 4) non-disposed adjacent].So three newly-increased cells configurations as follows: carry first indication information element, and first indication information element is set is TRUE, the non-adjacent polymeric of expression permission one-segment+two-band work; Carry second indication information element, expression allows the non-adjacent carrier polymerization of two-band work Mid Frequency A; Carry the 3rd indication information element, expression allows the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Step 302C:, the non-adjacent carrier polymerizing power of UE essential difference information is sent to RNC through UE Capability Information message based on the configuration of three newly-increased cells among this embodiment.
Step 303C:RNC resolves the UE Capability Information message that contains its non-adjacent carrier polymerizing power essential difference from UE, obtains the essential difference that said UE supports non-adjacent carrier polymerization.Be specially: first indication information element is TRUE, and second indication information element is TRUE,, second indication information element is TRUE.UE also learns other the concrete ability scope of non-adjacent polymeric of UE simultaneously in addition.
The current frequency resource of step 304C:RNC distributes and operating position is that the A frequency range has: [F1 (frequency of oneself and load are light); F2 (being other operator's frequencies), F3 (frequency of oneself and load are light), F4 (frequency of oneself and load are heavy))]; The B frequency range has: [F5 (frequency of oneself and load are light); F6 (being other operator's frequencies), F7 (frequency of oneself and load are light), F8 (frequency of oneself and load are heavy))].So RNC decision UE carries out the two-band converging operation at oneself F1, F3, F5 and four non-conterminous frequencies of F7, wherein in the A frequency range hole is arranged, and the hole is also arranged in the B frequency range, sends to NodeB and UE to relevant configuration through suitable message then.
Embodiment 4:
The network that provides based on the embodiment of the invention is distinguished the method for the non-adjacent carrier polymerizing power of UE essential difference, and this embodiment of the invention provides the device of the non-adjacent carrier polymerizing power of a kind of UE of differentiation essential difference, and is as shown in Figure 4, and this device 400 comprises:
Reporting module 401 is used for sending the message of carrying the cell of expressing the non-adjacent carrier polymerizing power of UE essential difference to the acquisition module 402 of network side;
Further, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference comprises:
First indication information element is used to indicate UE whether to realize the non-adjacent polymeric of one-segment through sacrificing two-band work, also is used to indicate whether to allow the non-adjacent polymeric of one-segment+two-band mode of operation simultaneously;
Second indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency A;
The 3rd indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
Further, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is arranged in UE wireless access capability cell or UE wireless access capability expansion cell.
Further, said message of carrying the cell of expressing the non-adjacent carrier polymerizing power of UE essential difference is the upstream message that mails to radio network controller (RNC), and said upstream message is set up for the Radio Resource control connection and accomplished message or UE capability information message.
Acquisition module 402 is used to receive the message of the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that said reporting module sends, to distinguish the non-adjacent carrier polymerizing power of UE essential difference.
Further, said device 400 also comprises:
Determination module 403 is used for the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that distribution and operating position, UE according to current frequency resource report and the concrete ability scope of the non-adjacent carrier polymerization that UE reports, and confirms the carrier aggregation mode of UE.
In sum,, make network side can know comprehensively that UE supports the ability essential difference of non-adjacent carrier polymerization through method and system of the present invention, and reasonable distribution carrier resource according to this, carry out converging operation.
The above is merely preferred embodiment of the present invention, is not to be used to limit protection scope of the present invention.
Claims (10)
1. the method for the non-adjacent carrier polymerizing power of a network distinguishing terminal (UE) essential difference is characterized in that this method comprises:
Newly-increased cell of expressing the non-adjacent carrier polymerizing power of UE essential difference carries the message of the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference and gives network through transmission, make network can distinguish the non-adjacent carrier polymerizing power of UE essential difference.
2. method according to claim 1 is characterized in that, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference comprises:
First indication information element is used to indicate UE whether to realize the non-adjacent polymeric of one-segment through sacrificing two-band work, also is used to indicate whether to allow the non-adjacent polymeric of one-segment+two-band mode of operation simultaneously;
Second indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency A;
The 3rd indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
3. method according to claim 1 is characterized in that,
The cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is arranged in UE wireless access capability cell or UE wireless access capability expansion cell.
4. method according to claim 1 is characterized in that,
The cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is carried in the upstream message that mails to radio network controller (RNC), and said upstream message is set up for the Radio Resource control connection and accomplished message or UE capability information message.
5. method according to claim 1 is characterized in that, said method also comprises:
The cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that network side reports according to distribution and operating position, the UE of current frequency resource and the concrete ability scope of the non-adjacent carrier polymerization that UE reports are confirmed the non-adjacent carrier configuration of UE.
6. device of distinguishing the non-adjacent carrier polymerizing power of UE essential difference is characterized in that this device comprises:
Reporting module is used for sending the message of carrying the cell of expressing the non-adjacent carrier polymerizing power of UE essential difference to the acquisition module of network side;
Acquisition module is used to receive the message of the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that said reporting module sends, to distinguish the non-adjacent carrier polymerizing power of UE essential difference.
7. device according to claim 6 is characterized in that, the cell of the non-adjacent carrier polymerizing power of said expression UE essential difference comprises:
First indication information element is used to indicate UE whether to realize the non-adjacent polymeric of one-segment through sacrificing two-band work, also is used to indicate whether to allow the non-adjacent polymeric of one-segment+two-band mode of operation simultaneously;
Second indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency A;
The 3rd indication information element is used to indicate whether to allow the non-adjacent carrier polymerization of two-band work Mid Frequency B.
8. device according to claim 6 is characterized in that,
The cell of the non-adjacent carrier polymerizing power of said expression UE essential difference is arranged in UE wireless access capability cell or UE wireless access capability expansion cell.
9. device according to claim 6 is characterized in that,
Said message of carrying the cell of expressing the non-adjacent carrier polymerizing power of UE essential difference is the upstream message that mails to radio network controller (RNC), and said upstream message is set up for the Radio Resource control connection and accomplished message or UE capability information message.
10. device according to claim 6 is characterized in that, said device also comprises:
Determination module is used for the cell of the non-adjacent carrier polymerizing power of the expression UE essential difference that distribution and operating position, UE according to current frequency resource report and the concrete ability scope of the non-adjacent carrier polymerization that UE reports, and confirms the non-adjacent carrier configuration of UE.
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| CN106160985A (en) * | 2015-04-21 | 2016-11-23 | 中国移动通信集团公司 | Collocation method, equipment and the system of a kind of carrier aggregation function |
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| CN101959251A (en) * | 2009-07-21 | 2011-01-26 | 鼎桥通信技术有限公司 | Method for reporting capacity of supporting multi-carrier frequency ranges |
| CN101998630A (en) * | 2009-08-17 | 2011-03-30 | 中兴通讯股份有限公司 | Confirming method and device for carrier aggregation in relay network |
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| CN106160985A (en) * | 2015-04-21 | 2016-11-23 | 中国移动通信集团公司 | Collocation method, equipment and the system of a kind of carrier aggregation function |
| CN106160985B (en) * | 2015-04-21 | 2019-08-16 | 中国移动通信集团公司 | A kind of configuration method, equipment and the system of carrier wave polymerizable functional |
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| CN102740482B (en) | 2017-04-05 |
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